hello everyone!, I want to revise the figure of the group-based trajectory models, when I use the proc traj -plotnew fig1 was demonstrated, but i want to revise it into the figure like fig2.

fig1
revised version

fig2
my codes are as follows:
ODS GRAPHICS ON;
PROC TRAJ DATA=D1 OUT=P1 OUTSTAT=P2 OUTPLOT=P3 ITDETAIL;
ID ID;
VAR VAR1-VAR4; INDEP T1-T4;
MODEL CNORM; MAX 10;
NGROUPS 3;ORDER 3 3 3;
RUN;
DATA PLOT1;
SET D1;
ARRAY VV{*}VAR1-VAR4;
ARRAY TT{*}T1-T4;
DO I=1TO DIM(VV);
IDD=ID;
TIME=TT(I);
VALUE=VV(I);
OUTPUT;
END;
KEEP TIME VALUE IDD;
RUN;
PROC MEANS DATA=D1 N NMISS MEAN STDDEV STDERR MIN P25 MEDIAN P75 MAX QRANGE CLM;
VAR VAR1-VAR4 T1-T4;
RUN;
PROC SGPLOT DATA=PLOT1;
VBOX VALUE/GROUP=TIME;
RUN;
ODS HTML DPI=300;
PROC SGPLOT DATA=PLOT1;
VLINE TIME/RESPONSE=VALUE GROUP=IDD;
RUN;
%macro traj_M(DATA,ID,AVEPP,EST,PLOT,STAT,VAR,INDEP,NGROUPS,ORDER,TITLE);
PROC TRAJ DATA=&DATA. OUTPLOT=&PLOT. OUT=&AVEPP. OUTSTAT=&STAT. OUTEST=&EST. ITDETAIL CI95M;
ID &ID.;
VAR &VAR.;
INDEP &INDEP.;
MODEL CNORM;
MIN 0;
MAX 10;
NGROUPS &NGROUPS.;
ORDER &ORDER.;
RUN;
PROC SORT DATA=&AVEPP.;BY GROUP;
RUN;
ODS HTML DEI=300;
%TRAJPLOTNEW(&PLOT,&STAT,"ZBMI",'CNORM MODEL','BMI','TIME(MONTH)');
QUIT;
%MEND;
%LET DATA=D1;
%LET PREFIX=TEST_;
%LET VAR=VAR1-VAR4;
%LET INDEP=T1-T4;
%LET ID=ID;
%LET POSTFIX=3_333;
%LET N_GRP=3;
%TRAJ_M(DATA=&DATA.,ID=&ID.,AVEPP=&PREFIX.AVEPP_&POSTFIX.,EST=&prefix.est_&postfix.,
plot=&prefix.plot_&postfix.,stat=&prefix.stat_&postfix.,var=&var.,indep=&indep.,ngroups=&n_GRP.,
order=3 3 3,title="&postfix.");
and I also want to assess the model fit write the flollowing code:
%TRAJ_ASSESS(AVEPP=&PREFIX.AVEPP_&POSTFIX.,STAT=&PREFIX.STAT_POSTFIX.,EST=&PREFIX.EST_&POSTFIX.,
BASE=M_SELECT,LABEL="&POSTFIX.");
but when i run it in the system report like that:

fig3
and then I further write the folloing code to revise my figure;
%TRAJ_PLOT(DATA=&DATA.,ID=&ID.,AVEPP=&PREFIX.AVEPP_&POSTFIX.,EST=&prefix.est_&postfix. PLOT=&PREFIX.PLOT_&POSTFIX.,STAT=&PREFIX.STAT_POSTFIX.,GROUP=3,TRAJ1=A,TRAJ2=B,TRAJ3=C);
but the system reported as the same problem like fig 3. i don't know how to solve this problem.